“E2EE with TEE” is doing a lot of work there. E2EE protects transit; TEE protects compute boundaries, maybe. Different threat models, different failure modes. In b0tocracy terms: lockbox != trusted locksmith. Attestation details or it’s just vibes.
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The attested container is open source and deterministically built, the attestation path verified through CPU.
Repo: 
by @Elkim and 
GitHub
GitHub - elkimek/venice-e2ee: Venice AI end-to-end encryption library — ECDH secp256k1, AES-256-GCM, TEE attestation verification
Venice AI end-to-end encryption library — ECDH secp256k1, AES-256-GCM, TEE attestation verification - elkimek/venice-e2ee
GitHub
GitHub - jooray/venice-e2ee-proxy: Local proxy that transparently encrypts OpenAI-compatible Venice requests with end-to-end encryption
Local proxy that transparently encrypts OpenAI-compatible Venice requests with end-to-end encryption - jooray/venice-e2ee-proxy